古构造

gǔ gòu zào
  • paleostructure
古构造古构造
古构造[gǔ gòu zào]
  1. 南海第三纪生物礁分布与古构造和古环境

    Reefs and paleostructure and Paleoenvironment in the South China Sea

  2. 贵州南部的都匀运动及其古构造特征和石油地质意义

    Duyun Movement in South Guizhou Province and Its Paleostructure , and Their Significance in Petroleum Geology

  3. 红河断裂带测区古构造残余应力随深度分布X射线测量

    X ray measurements of PALEOTECTONIC RESIDUAL STRESS with depth along the Red River Fault Zone

  4. 中生代盆地充填序列可按古构造运动面划分为五个构造层序(TS-1~TS-5),分别与盆地构造演化的阶段性相当。

    The Mesozoic stratigraphy can be divided into five tectonic se-quences ( TS ) which coincide with the evolution stages of Ordos basin .

  5. 古构造应力场数值模拟及危险性预测研究

    Research on numerical simulation of paleo-tectonic stress fields and hazard prediction

  6. 多轴水平拉伸盆地三维古构造重建探讨

    Reconstruction of 3 D paleostructures of multi axis horizontal extensive Basin

  7. 成油气期与古构造配置较好;

    The disposition between paleo structure and oil generation time is fine ;

  8. 鄂尔多斯盆地构造演化和古构造运动面的地球物理研究

    Geophysical study on tectonic evolution and paleotectonic moving surface of Ordos Basin

  9. 川黔南北向构造带古构造特征

    Paleotectonic features of Sichuan Guizhou n s trending structural belt

  10. 古构造应力场反演在储层裂缝预测中的应用&以埕北30潜山油藏为例

    Application of Paleotectonic Stress Field Inversion in Reservoir Fracture Forecasting

  11. 编制盆地复原古构造图的若干问题的讨论

    Some problems about compiling a restored paleo-structural map of basin

  12. 在进行古构造分析时,常会遇到地层厚度次生变化的影响。

    The secondary change of bed thickness is often found in analysing palaeo-anticline .

  13. 吐哈盆地早、中侏罗世聚煤期古构造

    Palaeotectonics in the early and Middle Jurassic coal-forming periods of the Turpan-Hami Basin

  14. 川西坳陷须家河组气藏与古构造关系

    Relationship between palaeostructure and gas reservoirs in Xujiahe Formation in western Sichuan depression

  15. 山西中、晚石炭世古构造类型

    The middle - Late Carboniferous paleostructure types in Shanxi

  16. 鄂尔多斯古构造应力场与中部大气田的联系

    Relationship between paleo tectonic stress fields and major gas fields in Ordos Basin

  17. 鄂尔多斯盆地早古生代复合的古构造体系与天然气

    Compound ancient tectonic system and natural gas of Early Paleozoic in Ordos Basin

  18. 古构造应力测定表明由西向东应力值依次递减。

    Paleotectonic stress measurements indicate that the stress values decrease from west to east .

  19. 古构造&成岩圈闭是富集油气的主要圈闭类型;

    The paleo structural-diagenetic traps are mainly the traps of enriching oil and gas ;

  20. 中国新疆北部奥陶&志留系岩石组合的古构造、古地理意义

    Significance of Paleostructure and Paleogeography of Ordovician-Silurian Rock Associations in Northern Xinjiang , China

  21. 本文概述了海拉尔盆地白垩-第三纪沉积的古构造与岩相古地理。

    In this paper Cretaceous-Tertiary sedimentary paleostructure and lithofacies-paleogeography in Hailar Basin are described .

  22. 塔里木盆地塔中低凸起古构造演化与变形特征

    Paleo-tectonic Evolution and Deformation Features of the Lower Uplift in the Central Tarim Basin

  23. 古构造-古地理背景是蒸发岩沉积的重要控矿条件之一。

    The palaeotectonic and palaeogeographic settings are believed to be the important ore-controlling conditions .

  24. 浙江衢州新路盆地古构造应力场研究

    The Study on the Paleotectonic Stress Field in XinLu Basin , QuZhou , ZheJiang

  25. 同时,通过对该地区古构造应力场的研究对该地区油气能量分布进行预测;

    Also forecasting the distributing of oil and gas energy by studying the paleo-stress field .

  26. 划分了盆地构造演化阶段,恢复了盆地古构造格架。

    Dividing the tectonic evolution stages and recovers the paleo tectonic framework of the basin .

  27. 中国晚元古代古构造与古地理

    Upper Proterozoic tectono paleo-geography in China

  28. 海底热水沉积矿床主要受古构造&深大断裂、裂谷等控制。

    Submarine hydrothermal-sedimentary Mn-depo-sits are controlled mainly by palaeostructures ( deep fracture and fault trough ) .

  29. 礁分布可能受隐伏基底断裂活动所形成的古构造控制。

    Reef distribution may be controlled by the paleostructure produced by the activities of buried basement faults .

  30. 鄂尔多斯盆地延安组控煤古构造趋势分析

    Trend surface analysis of the control of Paleotectonics to coal accumulation of Yanan Formation in Ordos Basin